image/svg+xml Conceptual model Computational model Software architecture Outcomes Pictures adapted from:(a) Herculano-Houzel, S. (2012). The remarkable, yet not extraordinary, human brain as a scaled-up primate brain and its associated cost. Proceedings of the National Academy of Sciences, 109(Supplement 1), 10661–10668.(b) OpenStax, Biology. OpenStax CNX. 27 May 2016 deterministic non-deterministic Open-ended decentralized computing architecture unites 1) actor model (decentralized processes) and 2) graph computing (topological relations) Evolutionary development of ordered computation graphsfrom disordered population of elementary processes Future avenues The scheme of synthetic cognitive development Scales of individuation Ecological cognition Theoretical foundation and the abstract model of general cognitive systems ' development. Freedom and constraint 1) Path algebra expression in graph traversal language: 2) Traverser program: 3) Local graph structure: 4) Graph computation:
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  1. Title
  2. Methodology
  3. Iterative loop
  4. Conceptual model - 1
  5. EvoDevo
  6. Structures and functions in niches
  7. EvoDevo -2
  8. Cognitive development
  9. Intelligence is the ability to undergo cognitive development
  10. Conceptual model
  11. Decentralized and distributed
  12. Progressive determination
  13. Formula
  14. Progressive determination - 2
  15. Concretization
  16. Progressive determination - 3
  17. Progressive determination - 3
  18. Progressive determination - 3
  19. Synthetic cognitive development
  20. Progressive determination - 5
  21. Computational model
  22. Computational model
  23. Stigmertic computing -1
  24. Process
  25. Stigmergic computing -2
  26. Messages -- data objects
  27. Stigmergic computing - 3
  28. Structure
  29. Communication graph - 2
  30. Structure - 2
  31. Stigmergic computing - 4
  32. Computation graph
  33. Stigmertic computation - 5
  34. Meta-process-embedded
  35. Meta-process
  36. Stigmertic computation - 5
  37. Open-ended decentralized computing
  38. Integration and disintegration
  39. Integration and disintegration
  40. Computational model -2
  41. Software architecture
  42. Requirements
  43. Two components
  44. Actor model
  45. Image of actor model
  46. Actor model - 2
  47. Graph computing
  48. Actor model expressed in property graph
  49. Graph computing -2
  50. Gremlin traversal
  51. Graph computing - 2
  52. Ope-ended decentralized computing architecture
  53. Evolution of computation graphs
  54. Implementation
  55. Tests and experiments
  56. Software architecture - 2
  57. Iterative cycle - 2
  58. Outomes
  59. Outomes -2
  60. Outomes -3
  61. Outomes -4
  62. Outomes -6
  63. Future avenues - 1
  64. Future avenues - 1
  65. Future avenues - 3
  66. Future avenues - 4
  67. Freedom and constraint
  68. Future avenues - 5
  69. Future avenues - 6
  70. Future avenues - 6
  71. Overview
  72. Title
  73. The tree